I'm trying to figure out if there's possible way out of this problem. I've already posted it on several forums and concerned with it to asus support
So, basically, the problem is - voltage spikes at a ~0.05V value, from the value I set, type or calculate (in case it's offset), when booted.
These spikes are unpredictable, they don't appear only under load or in idle. I can see those spikes whatever voltage/clocks I utilize.
Here's the screenshots that will describe all the stuff better:
This is what I set in UEFI:
And that's what I get after boot:
I would assume these spikes had some AVX offset origin, but no! - under AVX workload, voltage still maintain 1.37V most part of the time. On the other hand, it could spike all over when launching Chrome.
The same goes to offset - AFAIK, sstock SVID values equals 1.275V and 1.310V respectively to AVX and non-AVX. So I set +0.08V - however, it still spikes up to 1.408-424V.
And, yes, I know, and I didn't mean to lock voltage under load completely. Yes, I know that voltage shoud fluctuate even under load, depending on core's load, amount of current and power needed, etc. And I assume that there's some disruption between AVX and nonAVX voltage (AKAIK, taking into account those settings I've illustraated here, stock voltage are 1.275V for nonAVX and 1.310V for AVX - correct me if I'm wrong)
But then, in case I use positive offset of 0.08V, hwo it could go way that high? 1.424V?
Here's are the specs:
awfull 8700K, capable of 5GHz only at 1.38V, and doesn't reacts positively on AVX offset.
Hero X wifi, 1602
2x16GB 3000MHz CL14 dualrank bdie ram.
Corsair RM750i - no complains about these one, at least from what I see in HWInfo and noise it produces (0)
LLC is set to level 5 - though, for 8700K the best would be LLC6 under manual voltage, I've noticed a small overshoot under offset and adaptive.
IA AC/DC lines are set to 0.01
What's the deal with all this??
P.S. Does this bug has something common with IRV removal/simplification after Haswell?